Fund a Great Idea: ReadyXO Crayon Box on KickStarter

readyXO-box1

As a parent I know that crayon management has always been a problem in our family, especially when we travel. We could have used the ReadyXO – a simple container that cleverly uses the lid to provide stability so it doesn’t tip over.  Now is your chance to control your crayons and help fund a great entrepreneur, and PADT customer, through KickStarter.

This is a great idea, a simple solution, by an individual entrepreneur who applied good problem solving and engineering to develop a solution to something that most of us have dealt with when we were kids or as parents.

Check out the details at:

              www.kickstarter.com/projects/996897358/readyxo-crayon-box 

Scroll down and read “The Story.” If you didn’t want to get one out of simple necessity, when you hear about the inventor’s journey you will want to back this enterprise immediately.

readyXO-box4  readyXO-box3

One of the best parts of working at PADT is helping our customers make their ideas work. From a new valve actuator on the International Space Station to clever gadgets.  Sometimes we see some great ideas from individual inventors that solve a day-to-day problem with a simple and elegant solution and get to help out just a little on their journey.  This is a fantastic example of that.

Help us help them by pre-ordering your ReadyXO Crayon Box on KickStarter and spread the word through social media.

Webinar on the new Stratasys J750 The first ever, full-color, multi- material 3D Printer

J750 Shoes 3

REGISTER 

Stratasys recently released the most advanced PolyJet 3D Printer on the market.  The Stratasys J750 promises to be a game changer by printing complex parts with diverse properties quickly while minimizing post processing time.  We invite you to join us for a webinar to learn more about this amazing technology.

Realistic Prototypes

The J750 provides true, full-color capability. The color range is possible because with the J750, you can choose between 5 different colors: cyan, magenta, yellow, black and white allowing the J750 to achieve a broad color spectrum.

Color textures and gradients are also possible now allowing for a variety of realistic patters like wood grain, plaid or even photographs and illustrations.

Full color is also now able to be combined with a variety of material characteristics such as a range of transparencies and durometers.  All of this variety can now be done in a single print.

Register now and learn how to create stunning prototypes quickly and efficiently with full color realism.

Half Head

Versatile

The J750 not only produces incredibly realistic models, it is also capable of creating thousands of colors, translucencies and durometers simply by combining base resins right on the build tray.  The versatility provided by the J750 can drastically reduce the amount of time spend on post processing a model.  Before the Stratasys J750, no single 3D printer could deliver full color, smooth surfaces and multiple materials. A shop that wanted to achieve all of these qualities would have had to adopt multiple 3D printing technologies and still resort to extensive post-processing, such as sanding, painting and bonding.

 

J750_ControlPnl_hands - Medium Quality JPG

Fast, Efficient Workflow

PolyJet Studio is the latest generation of ObjetStudio Software.  The intuitive interface makes it easy to choose materials, optimize the build and manage print queues.

The six-material capacity means less time spending changing over materials, less waste purging to switch materials and less overall down time.

There is so much more to the J750.  Please join us for a webinar to learn more and get your questions answered by our Application Engineer and PolyJet Technology expert, James Barker.

REGISTER today for our upcoming webinar to find out even more about this game-changing technology.

If you have any questions or encounter a problem while registering, please email kathryn.pesta@padtinc.com or call Kathryn at 480.813.4884.

Take a look at some other cool prototypes made on the J750.

J750 Console StickshiftJ750 Cartoon CharactersJ750_Tennis Shoes_GreenSide2 - Low Resolution JPGJ750_Liver2 - High Resolution JPGFEAJ750_Sushi 1_R - Low Resolution JPG

PADT Events – May 2016

April was a busy month, but May looks a bit more normal.  We hope to see some of you at the following PADT events happening in the next 5 or 6 week. You can also get a summary of what happened in April below.


iot_world_logo

May 11: Internet of Things World
Santa Clara, CA

A couple of us are headed to Santa Clara for this gigantic event.  No booth, we will be walking around and checking it out.  With so much of our work turning towards support IoT, we felt this was a good place to network and find other partners. Look for us if you are there… we will of course have PADT shirts on.


rapid-logo-100May 16-19: RAPID Show
Orlando, FL

The other big Additive Manufacturing show in the US is Rapid, held in Orlando, FL this year. PADT will be presenting at least one, and perhaps two times at this event. We will also be hanging out with Stratasys and other partners in the exhibit area.


SBIR-ConfMay 23: National SBIR/STTR Conference
National Harbor, Maryland

PADT will be visiting this years gathering on SBIR and STTR contracts.  It is a great opportunity to meet the program officers that are in charge of projects we are applying for as well as a place to meet other companies like PADT that are strong participants in the program.


PADT-Webinar-Logo

We have 4 fantastic webinars for May. All PADT webinars are recorded, so even if you can’t make the specified time register and we will send you a link to the recoreding.

Thursday, May 19, 11:00 AM
Overview of ANSYS Rigid Body Dynamics (RBD) and ANSYS Explicit STR
RegisterFriday, May 20, 1:00 PM
The Stratasys J750 – A new revolutionary full color 3D Printer
Register

Tuesday, May 24, 10:00 AM Phx
Overview of ANSYS SpaceClaim and ANSYS AIM
Register

Thursday, May 26, 10:00 AM Phx
Overview of ANSYS Customization Toolkit (ACT) and ANSYS DesignXplorer (DX)
Register


April Events in Review

April matched March in the number of events.  We made a lot of new contacts and were able to learn about some new industries and people.


amug-2Our 3D printing sales and services team got off to a great start at this years AMUG Annual Meeting in St. Luis. PADT’s Dhruv Bhate gave two very well received presentations.  Besides catching up with customers and partners, the team was able to check out the latest technologies in Additive Manufacturing


navy_sbire-1The RevAZ team at the Arizona Commerce Authority was nice enough to let PADT host their seminar on Additive Manufacturing and the Navy SBIR Program. We had a great turnout of over 30 people for the seminar put on by Jonathan Leggett, the NAVSEA SBIR Program Manager on how to better utilize the SBIR program. This was followed by one-on-one discussions with John and people from RevAZ.


SpaceSymposiumThis year’s Space Symposium in Colorado Springs was fantastic. The best part was meeting Bill Nye and learning more about the mission to mars. Even better was having our customers from different Aerospace companies meet in our booth and interact.


AZTC-Tucson-LnLThe Tucson tech community provided a great audience for our Lunch & Learn with the AZ Technology Council on “Innovation is easier said than done: Why skipping product simulation is no longer an option” Dan Hartman gave a great talk on the subject.


SMR-FlownexFlownex shined at this year the SMR 2016 conference in Atlanta. Many people in the nuclear field were able to see Flownex for the first time and get a feel for how powerful it is for designing a modular reactor.


There were two lectures to students in April. Dhruv Bhate crossed the valley and gave an inspirational talk to students at Peoria High School.  As always, the students questions and feedback were fantastic.  Later in the month, Ted Harris headed down to the University of Arizona in Tucson to talk to an engineering class about Finite Element Analysis.


nacet-design-daysApril also saw the start of a new initiative at PADT, Design Days. This is where some of our product development engineers visit incubators and offer up free advice for an hour.  Nothing too complicated, just one-on-one time for Startups with an experienced engineer.  We started at NACET in Flagstaff where we met some great inventors.  Next was a larger event at CEI in Phoenix followed by sessions at Chandler Innovations.


AZBio-2016The last big event in a busy month was the AZBio Expo in Phoenix. As always, this event is packed full of people in the Arizona Biotech space. We caught up with long time customers and met some new people. The talks were informative and at time entertaining.

AMUG 2016 Recap

AMUG LogoThis was my first year attending AMUG (Additive Manufactures User Group) and after attending RAPID last year in Long Beach, California, it exceeded my expectations.  Everyone I ran into last year at RAPID said that I HAD to attend AMUG since I am a user of both Stratasys Polyjet and FDM technologies.  Once I found out the dates I immediately asked my supervisor if I could attend this years AMUG that was held in good old St. Louis, Missouri!  I am so glad I was able to make it to AMUG.  Every day we had the decision to pick between 18 different presentations.  Not all of the presentations were repeated each day.  We had presentations from Universities, Aerospace, Defense, Medical, Manufactures of 3D printers and many more!  I needed a clone of myself because the decisions of choosing one presentation over another was way too difficult.  Luckily there were 5 representatives from PADT at this convention and we were able to share notes.

Stratasys J750

Stratasys unveiled a new 3D printer on the first day of AMUG and it is phenomenal! It is called the Stratasys J750.  The user has the ability to print with 6 different materials at the same time choosing between 360,000 different colors!  What other 3D printer is there that you can load Digital ABS, Tango (rubber), and different colors and build with them?  NONE!  Stratasys also revamped their print heads by doubling the amount of nozzles per material which results in better layer resolution!  All print modes have finer layers resulting in better aesthetics than any other printer previous with High Quality layers at 14 microns!  By teaming up with Adobe, the user can import a CAD file into Adobe Photoshop to assign a color pattern, picture, or even a texture to their CAD file.  To say I am excited about this printer is an understatement!  I need one now!Hean J750SSYS Display

STRATASYS WORKSHOPS:

Carbon fiber soluble core workshop

In this workshop we learned how to setup a soluble core, that was printed on a Stratasys Fortus 450 MC using the SR-30 support, for a carbon fiber application.  This is a great application for the soluble support material. Turns out there are many customers using this application so that they don’t have to inventory expensive tools and can print on demand cores for their customers.

Soulable Core 2Soluable Core 1

During this presentation we learned that you will need to sand the part and then apply some sealing agent to the core/mandrel.  As for what type of sealing agent works best?  The answer is all.  They haven’t had any issues with different sealing agents from different vendors.  Several coats are needed.  When the part is building, you have the ability to setup pauses in the build so that you can add inserts or bushings to the part.  Because Aluminum dissolves in Sodium Hydroxide, you will want to use a different metal.

If this is a application that you are interested in, please email me at James.barker@padtinc.com and I will respond ASAP to you inquiries.

Injection Mold 3D Printed Inserts 

This application is a huge money and time saver as well!  In this picture the inserts were 3D printed using a Digital ABS-Like material from a Polyjet printer.  The brackets and ejector plate were printed using the FDM technology and built out of Ultem 1010.    These builds took under 3 hours to build and allow the customer to quickly inject material to prove the design using the actual material required!  A few months ago we held a seminar in Utah at 2 different locations and taught this application with a Stratasys expert.  Here is a neat video Professor Jonathan George did showing this application in use: YouTube.

Here is a video that Stratasys put out that shows their printers in use and the whole process as well.  YouTube

IM Molds

ADDITIVE MANUFACTURING at GE AVIATION

LEAP Engine Fuel Nozzle

GE’s biggest success story is their LEAP Engine Fuel Nozzles.  For each LEAP engine manufactured there are 19 fuel nozzles needed.  Instead of assembling them by hand they are now all 3D printed.  10,000 engines have been sold to date since the engine was introduced in 2012.  By 2018, GE needs to 3D print 35,000 fuel nozzles and by 2020, they have estimated that they will need a total of 100,000 nozzles.  There is a 25% weight reduction and these parts are 5 times more durable than conventional manufacturing methods.

LEAP Enginh Fuel Nozzle

T25 Temperature Sensor

This housing is an inlet temperature sensor that was the 1st 3D printed part certified by the FAA to fly inside a GE commercial jet engine! GE Aviation is retrofitting 400 GE90-94B engines that power Boeing 777’s.  These sensors are subjected to all elements so there was rigorous testing done to ensure safety.

T25 Temp Sensor

The Center for Additive Technology Advancement CATA

This facility is already open and running.  The goal is to advance Additive Manufacturing across all divisions of GE.  More information can be found here.

CATA

  XJET – NEW METAL TECHNOLOGY

XJET LogoI have been operating 3D printers going on 7 years.  I am a huge fan of Stratasys/Objet 3D Printers so I made sure to attend the presentation by XJET.

AMUG was XJET’s unveiling of their new metal technology.  XJET was formed in 2005 by the inventors of Objet/Polyjet technology.  Since 2005 they have been able to raise $170 million to help spur their new idea.  They call it Nano Particle Jetting™.  The way it works is they take a nano particle of metal and suspend it in a liquid material that is then jetted from the print heads very similar to how Polyjet printers work.  Since the metal is infused in a liquid material there isn’t any harm dealing with powdered metals which eliminates the fear of dealing with a combustible powder metal!  The parts are built in a heated chamber which evaporates the liquid material that was holding the nano particle.  Another key part to their technology is the support material which is NOT the same material as the metal!  During the presentation, Dror Danai mentioned that there is no need to remove the support material with a mechanical process.  The parts will need to be annealed to remove stresses that occur during the printing process.  While the part is being annealed the support material will be removed.  I am not sure how this is done, but it was hinted that the support dissolves or evaporates away.

XJET Machine

The print heads have 512 nozzles on each of them that can jet 18,000 droplets per second which helps achieve a layer thickness as fine as 2 Microns!!  Currently XJET has 7 machines that they are operating.  6 are in R&D and 1 is being used to print benchmarks for customers to help prove the technology.  Here is a link to their website showing how their technology works: XJET

If you would like to see this printer in person you can at RAPID which is in Orlando, Florida from May 16-19.  Here is a link to RAPID.

CONCLUSION

SSYS Ice SculptureThere are many other presentations and workshops that aren’t covered in this synopsis.  I focused on things that really excited me about the future of where this technology is headed.  If XJET technology is scalable, it can be revolutionary.  GE continues to be at the forefront of this technology and is continually pushing the limits of Additive Manufacturing.  The workshops I attended were mainly Stratasys driven because I was curious how you can make end-use production parts with their 3D printers.  Also the unveiling of the Stratasys J750 helps confirm that innovation is still taking part by one of the leaders in Additive Manufacturing in showcasing their new 3D printer that can print with 6 different materials!

All in all I had a phenomenal time at AMUG and met some very interesting people that share my same passion for 3D printing.  If you have the opportunity to go to RAPID this  year in Florida, please let me know your thoughts of it.  I have heard there are some new materials coming out from Stratasys along with new 3D printers that will be showcased.  It is amazing where 3D printers have come from, and I am anxious to see where we are headed!

If you would like to contact me with any questions then please email me at this email address:

James.Barker@padtinc.comJames

James Barker, Application Engineer

Phoenix Analysis & Design Technologies

Press Release: 3D Printing Expertise from PADT Advances Aerospace Industry

ula-rocket-duct-made-from-3d-printed-partsMany of you may have seen the recent launch of an Atlas V rocket from United Launch Alliance (ULA).  We are honored to have lent our expertise to ULA’s 3D Printing efforts that resulted in the use of parts on that rocket made with additive manufacturing.   We will be talking about that and other ways we help the Aerospace Industry at the 32nd Space Symposium this week in Colorado Springs Colorado.  Please stop by!

Read more in the press release.  A PDF can be found here.

Press Release:

3D Printing Expertise from PADT Advances Aerospace Industry

Product design and development leader provides additive manufacturing support for United Launch Alliance Atlas V rocket

COLORADO SPRINGS, Colo.April 11, 2016PRLog — Phoenix Analysis & Design Technologies Inc. (PADT), the Southwest’s largest provider of Numerical Simulation, Product Development, and 3D Printing services and products, is highlighting its expertise this week at the 32nd Space Symposium,  the premier global, commercial, civil, military and emergent space conference.

During the symposium, PADT experts in additive manufacturing will be on hand to discuss the company’s technical expertise, logistics, sales and service capabilities in the exciting aerospace sector, which contributed to the successful launch on March 22 of a United Launch Alliance (ULA) Atlas V rocket. The Atlas V rocket made use of lightweight thermoplastic 3D printed parts, with the application of Stratasys technology supplied by PADT and consulting from PADT on how best to apply that technology to engineering, tooling, and production.

Stop by and visit PADT’s booth 1310 at the 32nd Space Symposium, April 11-14, in Colorado Springs, Colorado. http://www.spacesymposium.org/.

“PADT continues to be both a great supplier of both polymer and metal additive manufacturing technologies and an additive manufacturing technical consultant to ULA, supporting our Atlas V, Delta IV and future Vulcan Centaur launch vehicles,” said Greg Arend, ULA manager, Additive Manufacturing. “By consulting with PADT, we were able to understand how these technologies enhance our design and manufacturing process, saving time, money and weight. PADT’s knowledge of the use of both polymer and metal materials was instrumental in helping us achieve our success.”

In addition to supplying ULA with Stratasys’ polymer 3D Printing machines, PADT consulted with them early on andled a tour of Oakridge National Labs to help them understand the state of the art for both metal and polymer applications and produced a technological roadmap for both technologies that has largely been followed.  Assisted by PADT, both companies made use of additive manufacturing for engineering prototypes, then advanced to the production of tooling for manufacturing and developed the confidence needed to move to flight hardware.

The founders of PADT have been involved with additive manufacturing since the late 1980’s and the company was the first service provider in the Southwest in 1994.  Over the years, PADT has built a reputation for technical excellence and a deep understanding of how to apply various 3D printing technologies to enable real world applications.  Their sales team has shown the ability to sell sophisticated engineering products to companies large and small, and to provide excellent support to their customers.

“3D Printing is not just about makers, nor is it just about engineering prototypes,” said Rey Chu, co-owner, principal and director of Manufacturing Technologies at PADT. “Every day users are creating production hardware to produce usable parts that save them time and money. Ducts for rockets are a perfect application of 3D printed parts because they are complex, low volume, and can make single parts that need to be made in multiple pieces using traditional methods.”

About Phoenix Analysis and Design Technologies

Phoenix Analysis and Design Technologies, Inc. (PADT) is an engineering product and services company that focuses on helping customers who develop physical products by providing Numerical Simulation, Product Development, and Rapid Prototyping solutions. PADT’s worldwide reputation for technical excellence and experienced staff is based on its proven record of building long term win-win partnerships with vendors and customers. Since its establishment in 1994, companies have relied on PADT because “We Make Innovation Work.” With over 80 employees, PADT services customers from its headquarters at the Arizona State University Research Park in Tempe, Arizona, and from offices in Torrance, California, Littleton, Colorado, Albuquerque, New Mexico, and Murray, Utah, as well as through staff members located around the country. More information on PADT can be found at http://www.PADTINC.com

— End —

 

PADT Events – April 2016

This is the first of what we hope to be a monthly posting here on our blog, reviewing PADT events happening in the next 5 or 6 weeks and reviewing activities over the previous month.


Upcoming Events, Seminars, and Gatherings

amug_logo_lgApril 5-7: AMUG Annual Meeting
St. Luis, MO

This annual meeting of the Additive Manufacturing Users Group has been a long time favorite of PADT.  Everyone involved in making and running industrial 3D Printers will be in St. Luis this year.  PADT’s Dhruv Bhate will be given two presentations and we will be hanging out in the exhibit hall. Look for anyone in a PADT shirt and say hi!


 

April 7: Seminar: Additive Manufacturing and the Navy SBIR Program With RevAZ/AZ Commerce
PADT Tempe, AZ

Learn more about the Navy Sea SBIR Program from Jonathan Leggett, the NAVSEA SBIR Program Manager, about how AZ Manufacturers can use SBIR Grants to assist in funding R&D early stage innovation. Jonathan will also review the Navy’s roadmap on additive manufacturing and 3D printing.


 

32nd_space_symposium_logo2April 11-14: Space Symposium
Colorado Springs, CO

This premier event for the entire Space industry is a favorite of PADT’s  We will be there in force in our own both, and with Stratasys, talking about how Additive Manufacturing is changing many aspects of space hardware. Look for Mario, Norm, Anthony, James, and Renee.  We expect to catch up with our customers and if we don’t know you, stop by and introduce yourself.


AZTC-logoApril 13, 11:30 – 1:00: AZTC Lunch-n-Learn
Innovation is easier said than done: Why skipping product simulation is no longer an option
Tucson, AZ

PADT will be presenting results from a recently released study on how the use of simulation has a significant and measurable impact on top line revenue for companies who make products. Lunch is included in this free event. Come back for a link in a day or so.


smr-2016April 14-15: International SMR and
Advanced Reactor Summit
Atlanta, GA

Flownex and PADT will be attending this meeting, the premier event for Small Modular and Advanced Reactor design.  Flownex is the leading tool for modeling fluid flow in and around reactors of all types, and is helping to drive the development of this new generation of nuclear power.  Look for us in the Flownex booth.


iPantherPrideLogoApril 18: “Thoughts on Being an Engineer”
a Presentation at Peoria High School
Peoria, AZ

PADT’s Dhruv Bhate will be discussing his career as an Engineer with High School students. He will also share with them his latest career change in to the exciting world of 3D Printing.


 

azbio-logo-1April 21: AZBio Expo 2016
Phoenix, AZ

PADT will be attending this key Bioscience industry event with a booth and by attending sessions.  Stop by and learn the latest about how PADT helps medical device companies make their innovation work. We will of course be talking about 3D Printing and simulation as well.


imi11May 12, 2016: Design for 3D Printing
Talk at Digital Manufacturing 2016 Conference
Scottsdale, AZ

This conference is focused on 3D Printing and Additive Manufacturing with a focus on inkjet technologies.  PADT’s Eric Miller will be sharing his thoughts on design considerations for those who wish to use 3D Printing to manufacture their parts.


rapid-logo-100May 16-19: RAPID Show
Orlando, FL

The other big Additive Manufacturing show in the US is Rapid, held in Orlando, FL this year. PADT will be presenting at least one, and perhaps two times at this event. We will also be hanging out with Stratasys and other partners in the exhibit area.


March Events in Review

March was a busy month for events, with a couple of special opportunities to reach new audiences and learn more.

padt-additive-mfg-aztc-aerospace2016We started with the 2016 Aerospace, Defence, and Manufacturing Conference put on by the Arizona Technology Council on March 3rd.  Dhruv Bhate gave a talk about Additive Manufacturing in the state and made a call to action for more cooperation.  Our booth was well attended.


ati-logo-1The quarterly meeting of the Arizona Technology Investor group was March 10th.  We had four outstanding presentations from credible companies looking for angel investing.


padt-semi-breakfast-march-2016March 23rd was a busy day, with the SEMI Arizona presentation of the GPEC study: “Microelectronics: An Economic Pillar for Arizona” at breakfast.  We learned a ton about the importance of this sector to the state and where it is headed. This was followed by a sad event, a going away party for Jeff Saville as he departs CEI and spends some time in industry.


Sampe-2016-2Meanwhile, up in Utah, our team was at the Wasatch Front Materials Expo. This event has always been well attended and a chance for us to meet with existing customers and get in front of others who are interested in ANSYS and Stratasys.


chandler-innovationsThe next night saw a well attended event at The Perch in Chandler for the Chandler Innovations Connector.  The east valley tech startup community is booming and we were able to visit with many entrepreneurs and mentors.


flinn-foundation-logoOn March 29th PADT’s Eric Miller was invited to be on a panel to discuss innovation in the Bioscience industry in Arizona. The event focused on an update for the Flinn Foundation’s Bioscience Roadmap project. What an amazing panel and it was good to see the progress, and work still to be done, to build more momentum around this critical industry.


PADT-hillafb-2016Three events in support of government R&D finished up the last week of the month.  The Utah crew attended the Hill Air Force Base Technology Expo on March 30th, an annual event where vendors can share how they help the research going on at the base.


padt-optimization-seminarMeanwhile, we were holding a seminar at Los Alamos National Labs on Optimization with ANSYS products and how it can drive the use of Additive Manufacturing. That same presentation was repeated at Sandia National Labs on the 31st.


nmtc-new-mexico-tech-council-1The final event of the month was a fantastic presentation on Infrared sensors in Albuquerque, NM.  This was the first event that we have attended put on by the New Mexico Technology Council, or NMTC.  Made some great connection and we are looking forward to more interaction with them.


Introducing Design Days: Free engineering consultation for Startups

PADT_StartUpLabs-1PADT and CEI are teaming up to answer any startup’s questions about engineering and manufacturing for their physical product. Over the years we have found lots of early stage companies who benefited from spending a little bit of time with an experienced product development engineer. Finding time for them to stop by PADT was always difficult to schedule and never seemed worked out. Or we would meet people at events and try and talk in a corner, still not good.cei_logo

So last month during Phoenix StartupWeek CEI and PADT tried having some time where people could stop by and talk. It went really well for everyone involved, so Design Days was born.

Our first one will be held on April 14, 2016 at CEI’s offices in Phoenix.  The idea is simple, you get one hour with an experienced mechanical engineer to talk about whatever you want. We can spend the time talking about:

  • Suggestions for how to properly design your product
  • Get contacts at local resources that can help you
  • Brainstorm solutions to technical problems
  • Discuss the weather (it’s your hour)
  • Get an idea of what it would take to design and prototype your product
  • Answer questions about software and hardware tools you may need
  • Bounce ideas off someone new
  • Review manufacturing options
  • Get advice on the next steps you should be taking
  • Or whatever else you want to discuss

You don’t have to be an existing CEI client, a new company or an old one. You just need to want to talk to our engineers.

 

Sign up for one of the available one hour slots here.   Our plan is to do this once a month, and if it works, try some other incubators as well.

Here is some basic information you should be aware of:

  • Do not ask for Non-Disclosure Agreement (NDA). PADT engineers operate under a strict company code of ethics; therefore no additional NDA is required.
  • This is meant for companies developing physical products, not software.
  • It is open to companies at ANY stage of development, not just startups. Entrepreneurs of any age, including students, are also welcome.
  • This is not a discussion about funding nor is it a sales pitch (from either side)
  • Do not expect a functioning prototype or design nor will PADT engineers solve your technical problems. To fully engage in PADT’s design, prototyping and simulation services, there will be a cost involved to be agreed upon by both parties.

    padt-cei-design-days
    Our impromptu trial “Design Days” session during Phoenix StartupWeek.

Phoenix Business Journal: 5 reasons why nerds celebrate Pi Day

pbj-phoenix-business-journal-logo

Have you heard? It’s Pi Day! This post, “5 reasons why nerds celebrate Pi Day” shares the reasons why those of us in the know like Pi day so much.
pie-pi

Kids, Pizza, Engineering – A Fantastic SciTech Festival Open House at PADT

ScitechFestivalLogoWe thought we would open PADT’s doors to families and maybe a few people would stop by. Over 250 people did just that.  What a great evening of smiling kids and adults enjoying the excitement of engineering.  Exciting engineering? Yes, we know enough to not talk about quality system protocols, matrix inversions, and non-linear turbulence model convergence. We stuck to 3D Printing, elephants on skateboards, and 3D scanners. And we fed everyone pizza.

FullSizeRenderIt was a great evening where everyone learned something.  The focus was on exposing what engineers do, what PADT does, to people who may not be technical. Mostly kids but we also saw it as a way for engineers to show their family members and friends what engineering is about.  The results far exceeded our expectation, mostly because of how great everyone who showed up was.

Some of the quotes from people who have emailed to thank us are:

“Thank you for opening up your office to me.  What a cool place!  Even though I have been familiar with and worked with 3D printing for 20+ years, it is always nice to see the new technology, products, and the output of the products. “

“… to see my son and all of the other kids so excited and amazed was truly awesome. Mason told me it was the best night of his life! And this morning his first words to me where thanking me for taking him to the event and when can we go back.”

“This is such a great opportunity for me to show my grandkids what I spent my life doing, and seeing them get so excited about it is wonderful”  

The best part of the event for most of us here at PADT were the fantastic questions.  As one of our engineers said “for 2 hours I was just lost in the joy of positive human interaction.”  We do love what we do here, but it was nice to share it with other people.

Below are some pictures from the evening.  Make sure you sign up for PADT’s email list to get invites to future events.

IMG_9051
We were pleased to be named a AZ SciTech Festival Signature Event

 

At several points in the evening, the line was headed out the door.
At several points in the evening, the line was headed out the door.

 

The Demo room was full of 3D Printers and the kids loved handling the parts.
The Demo room was full of 3D Printers and the kids loved handling the parts.
IMG_6080
Our office robot was a huge hit.
IMG_9042
The seminar room was turned into a hands-on lab for everyone to touch and feel the engineering tools we use.
IMG_5977
Some of the youngest attendees were able to give ANSYS AIM a literal spin and model the effect of a kid, a dad, and an elephant standing on a skateboard.
IMG_9045
Some people just took to a given tool, even advanced simulation.
Students with exposure to engineering were able to ask our experts in-depth questions about technologies.
IMG_6064
The haptic device was a huge hit. It give real feedback as you edit and probe an object on the computer. Needless to say, kids adapted to it far faster than the adults.
IMG_6109
Engineering students were able to dive deep into the mechanics behind 3D Printing as well as its real world applications in industry.
IMG_9039
This is Ovid. He is PADT’s new mascot. We hope to use him more in the future to help explain what we do here.
IMG_9037
This station shows how 3D Printing works, by stacking layers of material. Ovid doesn’t look as good in low resolution.
IMG_6150
Scanning was a great way for everyone to see how we inspect and reverse engineer objects.

Can I parameterize ANSYS Mechanical material assignments?

So we have known for a long time that we can parameterize material properties in the Engineering Data screen. That works great if we want to adjust the modulus of a material to account for material irregularities. But what if you want to change the entire material of a part from steel to aluminum? Or if you have 5 different types of aluminum to choose, on several different parts, and you want to run a Design Study to see what combination of materials is the best? Well, then you do this. The process includes some extra bodies, some Named Selections, and a single command snippet.
The first thing to do is to add a small body to your model for each different material that you want to swap in and out, and assign your needed material to them. You’ll have to add the materials to your Engineering Data prior to this. For my example I added three cubes and just put Frictionless supports on three sides of each cube. This assures that they are constrained but not going to cause any stresses from thermal loads if you forget and import a thermal profile for “All Bodies”.

ansys-material-parameters-01

Next, you make a Named Selection for each cube, named Holder1, Holder2, etc. This allows us to later grab the correct material based on the number of the Holder.

ansys-material-parameters-02

You also make a Named selection for each group of bodies for which you want to swap the materials. Name these selections as MatSwap1, MatSwap2, etc.

ansys-material-parameters-03

The command snippet goes in the Environment Branch. (ex. Static Structural, Steady-State Thermal, etc.)

ansys-material-parameters-04

!###############################################################################################################################
! MATSWAP.MAC
! Created by Joe Woodward at PADT,Inc.
! Created on 2/12/2016
!
! Usage: Create Named Selections, Holder1, Holder2, etc.,for BODIES using the materials that you want to use.
! Create Named Selections called MatSwap1, MatSwap2, etc. for the groups of BODIES for which you want to swap materials.
! Set ARG1 equal to the Holder number that has the material to give to MatSwap1.
! Set ARG2 equal to the Holder number that has the material to give to MatSwap2.
! And so on....
! A value of 0 will not swap materials for that given group.
!
! Use as is. No Modification to this command snippet is necessary.
!###############################################################################################################################
/prep7
*CREATE,MATSWAP,MAC
*if,arg1,NE,0,then
 *get,isthere,COMP,holder%arg1%,TYPE
 *get,swapgood,COMP,matswap%ARG2%,TYPE
 *if,isthere,eq,2,then
 esel,s,,,holder%arg1%
 *get,newmat,elem,ELNEXT(0),ATTR,MAT
 !swap material for Body 1
 *if,swapgood,eq,2,then
 esel,s,,,matswap%ARG2%
 emodif,all,mat,newmat
 *else
 /COM,The Named Selection - MatSwap%ARG2% is not set to one or more bodies
 *endif
 *else
 /COM,The Named Selection Holder%ARG1% is not set to one or more bodies
*endif
*endif
*END
MATSWAP,ARG1,1 !Use material from Holder1 for Swap1
MATSWAP,ARG2,2 !Use material from Holder1 for Swap2
MATSWAP,ARG3,3 !Use material from Holder1 for Swap3
MATSWAP,ARG4,4 !Use material from Holder1 for Swap4
MATSWAP,ARG5,5 !Use material from Holder1 for Swap5
MATSWAP,ARG6,6 !Use material from Holder1 for Swap6
MATSWAP,ARG7,7 !Use material from Holder1 for Swap7
MATSWAP,ARG8,8 !Use material from Holder1 for Swap8
MATSWAP,ARG9,9 !Use material from Holder1 for Swap9

alls
/solu

Now, each of the Arguments in the Command Snippet Details corresponds to the ‘MatSwap’ Name Selection of the same number. ARG1 controls the material assignment for all the bodies in the MatSwap1 name selection. The value of the argument is the number of the ‘Holder’ body with the material that you want to use. A value of zero leaves the material assignment alone and does not change the original material assignment for the bodies of that particular ‘MatSwap’ Named Selection. There is no limit on the number of ‘Holder’ bodies and materials that you can use, but there is a limit of nine ‘MatSwap’ groups that you can modify, because there are only nine ARG variables that you can parameterize in the Command Snippet details.

ansys-material-parameters-05

You can see how the deflection changes for the different material combinations. These three steps, holder bodies, Named Selections, and the command snippet above, will give you design study options that were not available before. Hopefully I’ll have an even simpler way in the future. Stay tuned.

Phoenix Business Journal: When was the last time you thanked an engineer?

pbj-phoenix-business-journal-logoHave you ever thanked an engineer?  In this week’s TechFlash post I explore how we live in a world that has been transformed for the better (mostly) by engineers.  We are simple creatures who avoid the spotlight… but a thanks you would be nice. When was the last time you thanked an engineer?

Bring the kids for an evening of STEM fun at PADT’s AZ SciTech Festival Open House

Scitech Logo

PADT is excited to open our doors to the community and show you and your families what engineering is all about.  Bring the family down for a tour of PADT’s Tempe office and we will show them why engineering rocks. This family friendly event is a great way for kids to see what engineers really do all day.  Tour our 3D printing lab and check out how “We Make Innovation Work”.          Register Here

WHEN: Wednesday, February 24th from 6:00pm to 7:30pm
WHERE: PADT Headquarters
  7755 S. Research Drive, Suite 110
  Tempe, AZ 85284

The Arizona SciTech Festival is a state-wide celebration of science, technology, engineering and math held annually in February and March.  Through a series of over 1,000 expos, workshops, conversations, exhibitions and tours held in diverse neighborhoods throughout the state, the Arizona SciTech Festival excites and informs Arizonans from ages 3 to 103 about how STEM will drive our state for next 100 years. Spearheaded by the Arizona Commerce Authority, Arizona Science Center, the Arizona Technology Council Foundation, Arizona Board of Regents, the University of Arizona and Arizona State University, the Arizona SciTech Festival is a grass roots collaboration of over 700 organizations in industry, academia, arts, civic, community and K-12.

Phoenix Business Journal: Build and bust is so 20th century: How to develop better products with simulation

pbj-phoenix-business-journal-logoFor this week’s contribution to the PBJ’s TechFlash blog I cover something that is near and dear to PADT – the replacement of testing with simulation, or virtual prototyping.  Learn why “Build and Bust is so 20th Century

And the Best Conference Award Goes To …..

AADM Expo

At PADT, we’re as big of a fan as anyone of the cool, trendy software and IT companies that run up billion dollar valuations in Silicon Valley and keep us all entertained and productive with their latest apps and platforms.

But as an engineering product and services company, we’re hardware geeks at heart and one of our favorite conferences is coming up quick. It’s the Aerospace, Aviation, Defense and Manufacturing (AADM) Conference hosted by the Arizona Technology Council and Arizona Commerce Authority on March 3 at the Hilton Scottsdale Resort.

Arizona has a rich history in this sector. TechAmerica’s 2014 Cyberstates Report ranks Arizona fourth nationwide for jobs in the space and defense systems manufacturing industry, employing more than 8,300 people.  Industry giants such as Raytheon, Honeywell, Boeing, Lockheed Martin and General Dynamics all have a big presence here. Luke Air Force Base, Fort Huachuca and the Yuma Proving Ground all provide ideal places for testing and flying in our cloudless skies and more than 300 days of sunshine.

When you look at manufacturing, you’ll find thousands of varied companies located here that are propelling Arizona’s economy into the next era of growth. Industries leaders such as Intel, Microchip, and Frito Lay all have significant Arizona operations.

Now in its fifth year, this conference has become the gathering place for Arizona’s AADM industry. You’ll not only have a chance to hear what the big companies are up to, you’ll meet potential suppliers and customers during the interesting presentations and well-attended cocktail reception. And for as little as $750 you can get a booth space and two conference tickets – that’s a deal you won’t find in New York City! The traffic at our booth always keeps us hopping and give us the opportunity to capture great leads.

If you haven’t checked it out yet, get on it, check out the sponsorships and  register now. And don’t forget to stop by the PADT booth. We’ll show you how we make innovation work!

ANSYS, Inc. Launches New Magazine, Dimensions

ansys_dimensions-1There are so many aspects to numerical simulation worth talking about these days, and a lot of resources to get that information.  Applications, theory, how-to, and where it fits into the business of making stuff. Here on The Focus we tend to concentrate on practical hot-to things, and the ANSYS Advantage magazine has focused on the application stories along with some how-to. What has been missing a a resource for how simulation impacts business, and how users of simulation are making other improvements in their business.

ansys_dimensions-3Enter “Dimensions.”  This new e-publication is from the same team that does the ANSYS Blog and  ANSYS Advantage, but it has a decided business slant – WAIT!!!.  I know, your an engineer, the world “business” scares you.  Don’t worry, this is value added info, not a bunch of fluff.

Take a look at the first issue here.  I’ll be honest, I kind of ansys_dimensions-5opened up expecting to page through going “whatever,” “right, no one does that,” and “who cares.”  But I found myself skimming all of the articles with interest, and reading a couple completely.  There is some good stuff in here.  LIke an interview with Airbus engineers on about the challenge they face in designing their products. Or who Whirlpool uses social networking to facilitate communication between their users around the world. There is some simulation stuff in there, like how Siemens Power leverages simulation to make better power generation products.  And a lot more.

Take a look, it won’t hurt, I promise.  If you want something more technical, forward the link to your boss at least.

ansys_dimensions-4 ansys_dimensions-2